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Entered as second-class matter March 1, 1920, at the Post Office at Easton, Pennsylvania, under the Act of August 24, 1912.

BULLETIN

OF THE

AMERICAN METEOROLOGICAL SOCIETY

Published Monthly by the American Meteorological Society
Publication office: 207 Church Street, Easton, Pa.

Vol. 2

MARCH, 1921

No. 3

LIST OF WORKS ON METEOROLOGY.

Selected by C. Fitzhugh Talman, Chairman, Committee on Public Information. The following list of the more important works on meteorology is adapted from one prepared by the present compiler for publication as Appendix I of the text-book, "Introductory Meteorology," issued by the National Research Council in 1918:

GENERAL TREATISES.

Angot, Alfred. Traité élémentaire de météorologie. 3rd ed. Paris. 1916. Davis, William Morris. Elementary meteorology. Boston. 1894. Great Britain, Meteorological office. The weather map; an introduction to modern meteorology. 4th issue. London. 1918. 2 vols. [The second volume bears separate title, Meteorological glossary.]

Greely, Adolphus W. American weather, New York. 1888.

Hann, Julius von. Lehrbuch der Meteorologie. 3rd ed. Leipzig. 1915.
Humphreys, William Jackson. Physics of the air. Philadelphia.
McAdie, Alexander George. Principles of aerography. Chicago. 1917.
Milham, Willis I. Meteorology. New York. 1912.

1920.

Moore, Willis L. Descriptive meteorology. New York. 1910.
National research council. Introductory meteorology. New Haven.
Waldo, Frank. Elementary meteorology. New York. 1896.

1918.

WEATHER AND WEATHER FORECASTING.

Abercromby, Ralph. Weather. London. 1887.

Bliss, George S. Weather forecasting. 2nd ed. Washington. 1917. (U. S. Weather Bureau. Bull. 42.)

Defant, Albert. Wetter und Wettervorhersage. Leipzig. 1918.

Inwards, Richard. Weather lore; a collection of proverbs, sayings and rules concerning the weather. 3rd ed. London. 1898.

Kassner, Carl. Das Wetter und seine Bedeutung für das praktische Leben. 2nd ed. Leipzig. 1918.

Shaw, Sir Napier. Forecasting weather. London. 1911.

U. S. Weather bureau. Weather forecasting in the United States. Washington. 1916.

DYNAMIC METEOROLOGY.

Abbe, Cleveland. The mechanics of the earth's atmosphere. A collection of translations. [2nd collection.] Washington. 1891. Third collection. Washington. 1910. (Published by Smithsonian institution.)

Exner, Felix M. Dynamische Meteorologie. Leipzig. 1917.

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Ferrel, William. A popular treatise on the winds. New York.

1889.

Ferrel. William. Recent advances in meteorology. Washington. 1886.

(Annual report of the chief signal officer, 1885. Appendix 71.)

Lempfert, Rudolph G. K. Meteorology. London. 1920.

Shaw, Sir Napier. Manual of meteorology, pt. 4. Cambridge. 1919.

STORMS.

Algué, José. Cyclones of the far east. 2nd ed. Manila. 1904.

Bowie, Edward H., & Weightman, R. Hanson. Types of storms of the United
States and their average movements. Washington. 1914. (U. S. Weather
Bureau. Monthly weather review, suppl. 1.)

Fassig, Oliver L. Hurricanes of the Fast Indies. Washington. 1913. (U. S.
Weather bureau. Bull. X.)
Finley, John Park.
York. 1887.

Tornadoes; what they are and how to observe them. New

MARINE METEOROLOGY.

Allingham, William. A manual of marine meteorology. London. 1900. Great Britain, Meteorological office. The seaman's handbook of meteorology.

3rd ed. London. 1918.

FROST.

[Young, Floyd D.] Frost and the prevention of damage by it. Washington, 1920. (U. S. Dept. of agriculture. Farmers' bull. 1096.)

Reed, William Gardner. Frost and the growing season. Washington. 1918. (U. S. Dept. of agriculture. Atlas of American agriculture, part 2, sect. 1.)

CLOUDS.

Clarke, George A. Clouds. London. 1921.

Clayden, Arthur William. Cloud studies. London. 1905.

Clayton, H. Helm. Observations made at the Blue Hill meteorological observatory. Discussion of the cloud observations. Cambridge, Mass. 1896. (Annals of the Astronomical observatory of Harvard college, vol. 30, pt. 4.) International meteorological committee. International cloud-atlas.

Paris (pub. by Gauthier-Villars). 1910.

Ley, William Clement. Cloudland. London. 1894.

U. S. Weather bureau. Cloud forms. Washington. 1921.

ATMOSPHERIC ELECTRICITY.

2nd ed.

Covert, Roy Norton. Modern methods of protection against lightning. Washington. 1917. (U. S. Dept. of agriculture. Farmers' bull. 842.)

Kähler, Karl F. Luftelektrizität. Berlin. 1913.

Mache, Heinrich, & Schweidler, E. von. Die atmosphärische Elektrizität. Braunschweig. 1909.

Peters, Orville S. Protection of life and property against lightning. Washington. 1915. (U. S. Bureau of standards. Technologic paper 56.)

Swann, W. F. G. Atmospheric electricity. (In Journal of Franklin institute, Philadelphia, Nov., 1919, pp. 577-606.)

METEOROLOGICAL OPTICS.

Pernter, Josef M., & Exner, Felix M. Meteorologische Optik. Wien. 1910.

INSTRUMENTS, INSTRUCTIONS AND TABLES.

Great Britain, Meteorological office. The computer's handbook. London. 1916-. [In course of publication, in parts.]

Great Britain, Meteorological office. The observer's handbook. London. [Published annually.]

Smithsonian institution. Smithsonian meteorological tables. 4th ed. Washington. 1918.

U. S. Weather bureau. Instrument division circulars. Washington. A.

Instructions for obtaining and tabulating records from recording instruments. B. and C. combined. Instructions for coöperative observers. D. Anemometry. E. Measurement of precipitation. F. Barometers and atmospheric pressure. G. Care and management of sunshine recorders. I. Instructions for erecting and using weather bureau nephoscope. L. Installation and operation of class A evaporation stations.

U. S. Weather bureau. Psychrometric tables. Washington. 1912.

AGRICULTURAL METEOROLOGY.

Smith, J. Warren. Agricultural meteorology. New York. 1920.

CLIMATOLOGY.

Hann, Julius. Handbuch der Klimatologie. 3rd ed. Stuttgart. 1908-11. 3 vols. [The second edition of the first volume has been translated, with some additions, by R. DeC. Ward, New York, 1903, but the translation is out of print and rare.]

Ward, Robert DeCourcy. Climate, considered especially in relation to man. 2nd ed. New York. 1918.

Weber, F. Parkes, & Hinsdale, Guy. Climatology; health resorts; mineral springs. Philadelphia. 1902. 2 vols. (Cohen, S. S. A system of physiologic therapeutics, vols. 3 and 4.)

CLIMATOGRAPHY.

The only comprehensive descriptive work on the climates of all parts of the world, with tabulated statistics and references to all the important literature of climatography, is J. Hann's Handbuch der Klimatologie, 3rd ed., Stuttgart, 1908-11. Vols. 2 and 3, dealing with climatography, have not been translated. The leading collection of climatic charts for the whole world is J. G. Bartholomew's Atlas of meteorology, Westminster, 1899 (Bartholomew's physical atlas, vol. 3).

On the climate of the United States consult Alfred J. Henry, Climatology of the United States, Washington, 1906 (U. S. Weather bureau Bull. Q.)

The chief collection of rainfall data for the world at large, exclusive of Europe, is Alexander Supan's Verteilung des Niederschlags auf der festen Erdoberfläche, Gotha, 1898 (Petermann's Mitteilungen, Ergängzungsheft 124). There is a voluminous literature on regional and local climatography.

LEADING METEOROLOGICAL JOURNALS.

American meteorological journal. Boston, etc. 1884-1896.

Beiträge zur Physik der freien Atmosphäre. Strassburg. 1904-.

Meteorologische Zeitschrift. Braunschweig, etc. 1884-.

Monthly weather review, Washington. 1872-. (Published by U. S. Weather bureau.)

Quarterly journal of the Royal meteorological society. London. 1871–. ·

NEW BOOKS.

Agricultural Meteorology (The Effect of Weather on Crops). J. Warren Smith. (304 pages, 8 plates, 88 figures, index. The Macmillan Company, New York, 1920. Price, $2.40.)

This is the first book on the subject that has ever been published and "is the outgrowth of over thirty years in climate and crop work in different sections of the United States, and fifteen years contemporary instruction in meteorology and agricultural meteorology at the Ohio State University.”

It "is designed primarily for university and college students, but is entirely practicable for agricultural high-schools, and for farmers' reading-courses. It

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will prove of interest to individuals who wish information regarding climate and crops, and the effect of the weather in varying the yield of crops."

The various chapters cover: I, Introductory Meteorology; II, Agricultural Meteorology; III, Agricultural Climatology; IV, Correlation; V, Climate and Crops; VI, Climate and Farm Operations; VII, Weather and Crops; VIII, The Effect of Weather on the Yield of Grains; IX, The Effect of Weather on Vegetables and Miscellaneous Crops; X, Weather Forecasts and Warnings; XI, Frost and the Protection of Crops from Frost Damage; XII, Value of Lightning-Rods.

The author is Chief of the Division of Agricultural Meteorology of the U. S. Weather Bureau. In chapters VII, VIII and IX he has given in detail the results of investigations on the effect of the different weather factors in varying the yield of cotton, corn, wheat, oats, rye, potatoes, fruit, tobacco, and other crops.

The effect of climate on crop distribution and farm operations is shown. A small amount of space is devoted to the effect of weather on insects and plant diseases, as well as on seeds of different crops.

The book is one of the Rural Text-Books Series, edited by Liberty H. Bailey.

HOW THE U. S. WEATHER BUREAU CAN HELP THE HORTICULTURIST. Read before Iowa State Horticultural Society, Des Moines, December 8, 1920. (Author's abstract.)

While the experienced farmer or horticulturist, without the aid of instruments, can tell with fair accuracy, what the weather will be in the next twelve hours, it is obvious that he can not extend the period much because weather changes move several hundred miles in twenty-four hours and can not be foreseen from wind direction and force or sky signs in the relatively thin five-mile layer of atmosphere next the earth to which storm activity is mostly confined. The Weather Bureau through telegraphic reports can extend its forecasts three to six twelvehour periods into the future.

Personal conferences between the weather forecaster and the expert orchardist make possible the amplification of forecasts to fit the specific needs of the horticulturist. Successful spraying for apple scab is largely dependent upon weather. Eight hours of rainy weather will germinate the spores of this disease. Spraying just before the rain will prevent damage. Short duration of rain followed by sunny, breezy, drying weather will not germinate the spores and in such a case spraying is unnecessary. Forecasts of these conditions are useful.

Apple aphis seeks the sheltered side of tender buds. Therefore, effective spraying must be done against the wind. Topography or direction of tree rows sometimes makes spraying more advantageous when done from certain directions. Forecasts of wind direction and force are useful in such cases.

Egg laying activities of the codling moth are closely related to temperatures of 60 degrees. Forecasts of this temperature might be useful in planning the destruction of the hatching larvae.

The Weather Bureau makes a special effort to advise all persons shipping fruits and vegetables, as to the lowest temperatures expected in a twenty-four to thirtysix hour shipping radius.-Charles D. Reed.

METEOROLOGY AT THE SOUTHERN BRANCH OF THE UNIVERSITY OF CALIFORNIA.

Dr. Ford A. Carpenter has sent the following outline of the lectures in applied meteorology, second year, 1920-1921. The outline of the first year was published in the September Bulletin.

The lectures are slightly less than an hour long, and come once a week.

First semester.

1. The atmosphere and how it is studied.

2. Meteorological instruments.

3. Construction and use of the weather map.

4. Principles and practice of weather prediction.

5. How the Weather Bureau serves the public. (Lantern slides.)

6. The equipment of the local office of the U. S. Weather Bureau. (Office visited.)

7. Old and New World meteorological services.

8. Some famous meteorologists and their discoveries.

9. The meteorology of ocean commerce.

10. Practical applications of municipal meteorology.

11. Climatic conditions and the municipal water supply.

12. Physiographic features affecting the climate of southern California. (Study of maps in Chief Engineer's office.)

13. Climatic factors for the architect.
14. Classification and formation of clouds.
15. Climàtic environment and health.
16. General Review. 17. Examination.

(Lantern slides.)

Second semester.

1. Organization and outline of work.

2. Divergent features of meteorology and seismology.

3. Practical applications of climatology to agriculture. (Lantern slides.)

4. Meteorology and climatology for the legal profession.

5. Meteorology and climatology for the engineer. (Lantern slides.)

6. Meteorological myths.

7. Meteorology as a nature study.

8. The snow crystal and its power.

9. Some notable California storms.

(Lantern slides.)

10. Aeronautics in southern California. (Lantern slides.)

11. Theory and practice of the wind tunnel in aeronautical research. (Demonstration of the wind tunnel at the California Institute of Technology.)

12. Upper air studies in southern California. (Lantern slides.)

13. Air-charting for the airmen.

14. Cloud photographs from aloft.

(Lantern slides.)

15. Military meteorology in peace and in war.

16. Aeronautic meteorology at the U. S. Balloon School. (Trip to Arcadia.) 17. What the balloonist should know of meteorology.

18. Practical spherical ballooning.

19. General review. 20. Examination.

"It is proposed that this course in practical meteorology will give the student a general idea of weather study and how such knowledge may be applied to everyday problems in commerce agriculture, and horticulture; in teaching and in relation to the professions in general. This general information, with specific applications, to be supplemented by climatic data applied to industrial and cultural problems, especially those of California."

In a letter Dr. Carpenter adds:

"We have an enrollment in this class of 84 students: some Freshmen and a majority Seniors. The distribution of their major electives is interesting as a sidelight on the practical applications of meteorology. A number are taking the engineering course-civil, hydraulic, sanitary-some architectural, a few in the

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